Interactive Physics Simulations
Master the 2025 IB Physics syllabus with real-time interactive environments.
Created by Evan Kotronis
| Simulation Topic | Action |
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Theme A: Space, time & motion
A.1 Kinematics: 1D Motion Graphs (s-t, v-t, a-t)
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Launch → |
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Theme A: Space, time & motion
A.1 Kinematics: 2D Projectile Motion & Energy
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Launch → |
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Theme A: Space, time & motion
A.2 Forces: Dynamics & Friction on an Inclined Plane
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Launch → |
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Theme A: Space, time & motion
A.2 Momentum: 1D Elastic & Inelastic Collisions
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Launch → |
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Theme A: Space, time & motion
A.4 Rigid Body (HL): Torque & Rotational Kinematics
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Launch → |
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Theme B: Particulate Nature
B.1 Thermal: Specific Heat Capacity & Phase Changes
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Coming Soon |
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Theme B: Particulate Nature
B.2 Greenhouse Effect: Earth's Energy Balance
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Coming Soon |
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Theme B: Particulate Nature
B.3 Gas Laws: Ideal Gas Particle Box (PV=nRT)
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Coming Soon |
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Theme B: Particulate Nature
B.5 Circuits: DC Circuit Builder (Ohm's & Kirchhoff's)
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Coming Soon |
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Theme C: Wave behaviour
C.1 SHM: Pendulum & Mass-Spring Energy Oscillators
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Coming Soon |
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Theme C: Wave behaviour
C.2 Wave Model: Transverse vs Longitudinal Waves
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Coming Soon |
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Theme C: Wave behaviour
C.3 Wave Phenomena: Snell's Law & Total Internal Reflection
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Coming Soon |
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Theme C: Wave behaviour
C.4 Standing Waves: String Harmonics & Resonance Tubes
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Coming Soon |
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Theme C: Wave behaviour
C.5 Doppler Effect: Moving Source Acoustic Simulation
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Coming Soon |
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Theme D: Fields
D.1 Gravitational: Orbital Mechanics & Kepler's Laws
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Coming Soon |
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Theme D: Fields
D.2 Electric: Coulomb's Law & Electric Field Lines
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Coming Soon |
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Theme D: Fields
D.3 Motion in Fields: Charged Particle in a Magnetic Field
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Coming Soon |
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Theme D: Fields
D.4 Induction (HL): Faraday's Law (Magnet in a Coil)
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Coming Soon |
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Theme E: Nuclear & Quantum
E.1 / E.3 Nuclear: Radioactive Decay & Half-Life
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Coming Soon |
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Theme E: Nuclear & Quantum
E.2 Quantum: The Photoelectric Effect
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Coming Soon |
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